Answer:
47 m
Step-by-step explanation:
In the attached diagram, we find angle AKB to be ...
180° -55° -35° = 90°
Then the length of AK is ...
AK = AB·cos(35°)
and the height of the kite is ...
height = AK·sin(35°) = AB·sin(35°)cos(35°) = (AB/2)sin(2·35°)
height = 50·sin(70°) = 46.98
The height of the kite is about 47 meters.